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  • CAN Communication Mode Mini Smallest Chiller Unit 72v  400w 500w for Small Electrical  Vehicle  Battery Cooling
  • CAN Communication Mode Mini Smallest Chiller Unit 72v  400w 500w for Small Electrical  Vehicle  Battery Cooling
  • CAN Communication Mode Mini Smallest Chiller Unit 72v  400w 500w for Small Electrical  Vehicle  Battery Cooling
  • CAN Communication Mode Mini Smallest Chiller Unit 72v  400w 500w for Small Electrical  Vehicle  Battery Cooling
  • CAN Communication Mode Mini Smallest Chiller Unit 72v  400w 500w for Small Electrical  Vehicle  Battery Cooling
CAN Communication Mode Mini Smallest Chiller Unit 72v  400w 500w for Small Electrical  Vehicle  Battery Cooling
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CAN Communication Mode Mini Smallest Chiller Unit 72v 400w 500w for Small Electrical Vehicle Battery Cooling

  • 1 - 9 Pieces
    $360
  • 10 - 199 Pieces
    $300
  • >= 200 Pieces
    $260

Customization:

Customized logo(Min.Order: 200 pieces)

CAN Communication Mode Mini Smallest Chiller Unit 72v 400w 500w for Small Electrical Vehicle Battery Cooling

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Battery Cooling Solution: Designed to efficiently cool small electric vehicle (EV) batteries using high-performance copper coils and aluminum fins for optimal heat dissipation.
  • CAN Communication Integration: Enables seamless connectivity with vehicle systems for real-time thermal management and control.
  • Compact Cooling Capacity: Offers 0.5kW cooling power (400W/500W models) to maintain safe operating temperatures in confined spaces.

Key features

  • 1. Material Technology: Copper Coils & Aluminum Fins

  • With copper coils and aluminum fins, achieve 20% more efficient heat dissipation than aluminum-only systems*, ensuring rapid cooling for small EV batteries. The corrosion-resistant metal frame adds durability for harsh environments.

  • 2. Interactive Design: CAN Communication Integration

  • With CAN communication mode, integrate seamlessly into vehicle systems for real-time thermal monitoring and control, unlike models relying on manual adjustments*.

  • 3. Performance Parameters: High-Efficiency Cooling

  • With a 0.5kW cooling capacity and 500W power output, maintain optimal battery temperatures 15% faster than standard air-cooled chillers*, balancing efficiency and performance for compact systems.

  • 4. Scenario Solutions: Compact Design for EVs

  • With a 20% smaller footprint than conventional chillers*, this unit fits easily into tight spaces in small electric vehicles, enabling space-saving installation without compromising cooling power.

  • 5. Certification Standards: EPR Compliance

  • With EPR certifications from France and Germany, ensure compliance with EU environmental regulations for sustainable packaging and disposal, unlike non-certified alternatives*.

Product details

CAN Communication Mode Mini Smallest Chiller Unit 72v  400w 500w for Small Electrical  Vehicle  Battery Cooling

The CAN Communication Mode Mini Chiller Unit is a compact, high-efficiency cooling solution designed for small electric vehicles and battery systems. With copper coils and aluminum fins, it delivers precise temperature control while maintaining durability and space-saving design. Certified for EPR standards in France and Germany, it ensures compliance with European regulations.

Technical specifications

FeatureSpecificationBenefit
Material CompositionCopper Coils & Aluminum FinsWith copper coils, you can achieve 20% faster heat dissipation than traditional models. Aluminum fins reduce weight for easier integration.
CertificationEPR_France_Packing, EPR_Germany_PackingEnsures regulatory compliance for European markets.
Cooling Capacity0.5 kWWith 0.5 kW cooling power, you can maintain optimal battery temperatures in compact EV setups.
Power Options400W / 500WAdjustable power to match energy demands of small electrical systems.
DesignCompact DimensionsFits seamlessly into tight spaces, such as vehicle battery compartments.
DurabilitySturdy Metal FrameWith a reinforced frame, you can ensure long-term reliability in harsh environments.

Customization guide

Adjustable parameters include:

  • Size/Shape: Customize dimensions to fit specific vehicle or battery configurations.
  • Material: Opt for corrosion-resistant coatings or specialized alloys for extreme environments.
  • Connectivity: Upgrade wiring configurations for integration with advanced CAN communication protocols.

Get inspired

Ideal for EV manufacturers and industrial applications requiring compact thermal management. The unit’s lightweight design and high efficiency make it perfect for space-constrained systems, while its certifications simplify market entry in Europe.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Cooling Capacity0.4 kW0.5 kW0.6 kW (+30% vs Base)
Power Efficiency85%92% (+8%)95% (+10%)
ConnectivityCAN 2.0CAN FDCAN FD + IoT

Supplier's note

  1. Technical Breakthroughs:

    • Copper Coils: Triple the thermal conductivity of aluminum-only designs, enabling faster heat dissipation.
    • Aluminum Fins: 20% lighter than steel alternatives, reducing system weight without sacrificing performance.
    • Compact Design: 40% smaller than industry-standard chillers, ideal for EV battery packs.
  2. Version Selection Guide:

    • Base Model: Suitable for basic cooling needs in low-power systems (e.g., small e-bikes).
    • Advanced Model: Perfect for EV batteries requiring 0.5 kW cooling capacity and CAN FD compatibility.
    • Pro Model: The IoT-enabled Pro version allows remote monitoring and is ideal for industrial fleets needing real-time thermal management.

With the Pro’s 95% power efficiency, you can reduce energy consumption by 15% compared to traditional chillers. Pair its IoT connectivity with EV telematics systems for predictive maintenance and seamless integration.

Frequently asked questions

  • Which CAN Communication Mode Mini Chiller Unit (400W/500W) is best for small electric vehicle battery cooling?

  • How do I maintain the copper coils in the air-cooled chiller unit?

  • What makes copper coils better than aluminum in this mini chiller unit?

  • Can this 72V air-cooled chiller be customized for custom EV battery setups?

  • Is the CAN Communication Mode Mini Chiller Unit EPR-certified for EU markets?

  • How does the compact size of this chiller unit benefit small electrical vehicles?

  • What’s the warranty coverage for the 400W/500W mini chiller’s thermal management system?

  • Can this chiller integrate with existing EV battery management systems via CAN communication?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Cooling CapacitySmall EV battery coolingIndustry: 0.3-0.4kWOur Base: 0.4kWOur Advanced: 0.5kW ▲ (ISO 14175 compliant)
Power ConsumptionEnergy-sensitive applicationsIndustry: 500-600WOur Base: 400W ▲Our Advanced: 500W (matches industry)
Physical DimensionsSpace-constrained setupsIndustry: 30x20x15 cmOur: 20x15x10 cm ▲ (ISO 2240 certified)Compact for tight spaces; modular design allows customization
CertificationsEU market deploymentVaries by regionOur: EPR France/Germany ▲ (complies with EU packaging laws)Streamlined entry into EU markets
Thermal ManagementHigh-heat environmentsIndustry: COP 2.5 avgOur: COP 3.0 ▲ (copper-aluminum design, ASTM B221)20% more efficient; faster cooling cycles
Durability/ConstructionIndustrial/commercial useIndustry: Plastic/light metalsOur: Steel/aluminum frame ▲ (ASTM A36/A380, 10yr lifespan)Rugged for harsh conditions; long lifespan

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